Making decisions on automated dynamic range compression requires a scoring system that takes three different measurements into consideration.
How audio encoders use psychoacoustic masking to reduce file sizes, and why this process creates audible artifacts in compressed formats.
Understanding what is loudness, how it's measured and why standards exist.
Understanding bit depth, quantization and why float sample rates are needed.
How randomization helps to alleviate the effects of quantization.
Making decisions on automated dynamic range compression requires a scoring system that takes three different measurements into consideration.
How audio encoders use psychoacoustic masking to reduce file sizes, and why this process creates audible artifacts in compressed formats.
Understanding what is loudness, how it's measured and why standards exist.
Understanding bit depth, quantization and why float sample rates are needed.
How randomization helps to alleviate the effects of quantization.
Broadcasting tools that work when standard solutions fail.
Outside broadcast without the truck.
Autonomous radio automation.
Broadcast-quality audio normalization.
Making decisions on automated dynamic range compression requires a scoring system that takes three different measurements into consideration.
How audio encoders use psychoacoustic masking to reduce file sizes, and why this process creates audible artifacts in compressed formats.
Understanding what is loudness, how it's measured and why standards exist.
Understanding bit depth, quantization and why float sample rates are needed.
How randomization helps to alleviate the effects of quantization.